 So we're here at the Mont Blanc booth and who are you? I'm Paz Calvurnier-Bruna and I'm the dissemination leader for the Mont Blanc project. And here you're showing an arm super computer design, what is this? So this blade with Cavium Thunder X2 processors was initially developed as a prototype for the Mont Blanc project. The Mont Blanc project is about arm-based HPC and we work not just on hardware but also a lot on software. I mean, it's all about building an arm ecosystem for HPC software ecosystem, I mean. So this prototype, I mean, many of them put together, of course, are intended to enable us to test our software solutions for arm-based computing, our different software tools. And that is... So right here it says Dibona Atlas bull sequina, what is this? Okay, so Dibona is the name which shows for the prototype, Dibona is the name of a peak in the French Alps. You know, we are Mont Blanc so we are keeping the mountaineering imagery. ATOS is... or BOOL, it's the same, BOOL is part of the ATOS group. So ATOS is the coordinator of the Mont Blanc project currently. And ATOS announced that this prototype would be commercialized as part of their bull sequina range of supercomputers. So ATOS is a supercomputing company, what is ATOS doing? No, no, actually ATOS is a European company and involved mainly in IT services. And ATOS got involved into supercomputing when they took over BOOL, BOOL which was really heavily involved in supercomputing. So BOOL is a French hardware manufacturer, computer manufacturer and we've been developing supercomputers for about 10 years. And so that's how ATOS got involved into supercomputing and it's really one of their focuses now. Can you bring this just over here? If I go around here. So you have a presentation talking about ARM stuff. What are you talking about here? So it shows the chronology. Yeah, it shows the different technologies we used to test our ARM software and ending with the current platform. This is it, the BOOL. Here is the BOOL, that's the mountain. So BOOL has been doing a whole bunch of ARM? Yeah. Well not just BOOL, but yeah, we've been... This is the second prototype we developed from Enblanc. The first one was developed in 2015. So this is the second one. Here is the Dibona prototype, the full machine. Here you have only a board of course. And it's 12,000 threads, 3,000 cores. Yeah. It's a big deal. Yeah, it's a big machine, yeah. Big machine. Yeah, this is the blade, this is the full blade you see there. So actually this is based on the BOOL-SICUANA design. I mean we already have BOOL-SICUANA supercomputers, but not with ARM. And now thanks to Monblanc, we have them with ARM. Nice. So Monblanc is an EU project. Yeah, it's EU funded project, yeah. So it's a research project funded by Horizon 2020 funding. And we're targeting an Exascale machine. So I'm showing this prototype, but this is not the end of the project, clearly. It's a very important step and we're absolutely delighted that it's going to give rise to a commercial product. But we're continuing to our research to help develop the software ecosystem for HP. Exascale, so that's the vision. That's the vision. Absolutely. Yeah, absolutely. That's the vision. So this is not the end of the journey. Some more specs over here. Yeah. Talking over here. So how soon is this going to happen? How soon is this on the market? Is something about storage? Yeah. Some talking about... Yeah, okay. So the Tipona prototype, it's already up and running. I mean, not the full prototype, but we already have several blades running. And the commercial product derived from it by Atos is going to be available at the beginning of next year. And so who's going to buy this? Somebody making a supercomputer? Yeah, I mean, lots of HPC customers. You know, we have many HPC customers in Europe and also in the U.S., so in Africa, in South America. And there is a lot of interest for ARM. In Asia? In Asia as well, yes. Yeah. So ARM is the future, no? Or you're working with Intel too, what do you do? Yeah, we do work with Intel too. But yeah, we believe in ARM. I don't know if it's going to be the whole future. I think the future is going to be much more diversified. That's what we believe.